✍ Scribed by R. Schlögl; H.P. Boehm
No coin nor oath required. For personal study only.
The amount of expansion on exfoliation is determined principally by the parent stage rather than the actual intercalate concentration. The amount of expansion increases with increasing stage of the parent compound before desorption. For the same parent stage, a higher concentration produces a larger expansion.
Staging ln graphite compounds with XeOF,
📜 SIMILAR VOLUMES
The amount of expansion on exfoliation is determined principally by the parent stage rather than the actual intercalate concentration. The amount of expansion increases with increasing stage of the parent compound before desorption. For the same parent stage, a higher concentration produces a larger
In the system FeCl,/Cl,/graphite, threshold values exist both for the vapor pressure of the halide and for the chlorine pressure. If the pressures are lower than required by the law of mass action, (pressures in mbar), the intercalation is blocked. The equilibrium is attributed to the nucleation p
The amount of expansion on exfoliation is determined principally by the parent stage rather than the actual intercalate concentration. The amount of expansion increases with increasing stage of the parent compound before desorption. For the same parent stage, a higher concentration produces a larger
The electrochemical reduction of the oxygen has been studied on graphite in alkaline solution. Current-potential data have been obtained by the voltammetry on the rotating disc electrode and potential-time data by the galvanostatic method on a stationary electrode. The residual current which appears